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作 者:陈昭宇 张超 CHEN Zhaoyu;ZHANG Chao(Army Logistics Academy,Chongqing 400041)
机构地区:[1]陆军勤务学院,重庆400041
出 处:《舰船电子工程》2024年第10期96-99,133,共5页Ship Electronic Engineering
摘 要:陆军合成营作为现代战争遂行地面作战任务的基本单元,由多元要素构成,具备灵活的战场机动能力。在作战机动过程中,随着各种不确定因素增多,陆军合成营的后装保障难度也不断增大。通过构建陆军合成营作战机动中的后装保障能力指标体系,建立数学评估模型,采用层次分析法确定各层级指标权重并结合模糊数学理论中的最大隶属度原则,可以对陆军合成营作战机动中的后装保障能力进行有效评估。As the basic unit for conducting ground combat missions in modern warfare,the army synthetic battalion is composed of multiple elements and has flexible battlefield mobility capabilities.In the process of combat maneuvering,with the increase of various uncertain factors,the difficulty of logistics and equipment support for the army synthetic battalion continues to increase.By constructing an index system for logistics and equipment support capability in the combat maneuver of the army synthetic battalion,a mathematical evaluation model is established,analytic hierarchy process is used to determine the weights of each level of index,and the maximum membership principle is applied in fuzzy mathematics theory,the logistics and equipment support capability in the combat maneuver of the army synthetic battalion can be effectively evaluated.
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